In the high-stakes world of midstream energy, the distance between a successful capital project and a costly operational failure often comes down to the precision of process engineering. For a company managing a vast, geographically dispersed network of assets, the technical leadership steering these systems is not just a matter of maintenance, but of systemic risk management and commercial viability.
Energy Transfer is currently seeking to fill a pivotal leadership vacancy: the Director – Process Engineering – Energy Transfer Family of Partnerships Careers. This role is designed to serve as the primary technical bridge between the company’s liquid terminal operations and its executive strategic goals, overseeing a multi-disciplinary team tasked with ensuring that terminals, storage facilities, and processing assets operate with maximum reliability and strict regulatory adherence.
The position is more than a traditional engineering lead; it is a role of capital stewardship. The Director will oversee Process Engineering, Advanced Controls Engineering, and Project Engineering, coordinating closely with commercial and business development teams to ensure that new projects are technically sound before a single shovel hits the ground. In an era of tightening margins and increasing scrutiny over energy infrastructure, the ability to optimize existing assets while scaling new ones is a critical competitive advantage.
The Technical Architecture of Midstream Leadership
At its core, the Director of Process Engineering is responsible for the “how” of the operation. This includes leading the liquid terminals function through optimization, troubleshooting, and the critical phase of Front-End Engineering Design, known in the industry as FEED. FEED is the essential stage where the basic project scope is converted into a technical blueprint, allowing the company to estimate costs and risks with a high degree of accuracy.
The scope of the role extends across several high-impact areas of the energy value chain:
- Asset Optimization: Driving efficiency across terminals and storage units to increase throughput and reduce operational bottlenecks.
- Digital Transformation: Leading the adoption of digital engineering and new technology to move from reactive maintenance to predictive, data-driven asset management.
- Capital Oversight: Providing the technical sign-off on major maintenance and system expansions, ensuring that vendor packages and construction plans align with operational needs.
- Root-Cause Analysis: Leading technical investigations into failures to prevent recurrence and enhance the overall safety profile of the asset base.
By partnering with the Energy Transfer commercial and business development teams, the Director ensures that the technical capabilities of the infrastructure can support the company’s growth trajectories and customer commitments.
Navigating the Regulatory Minefield
For any senior leader in the energy sector, technical brilliance is secondary to regulatory compliance. The energy industry operates under a dense canopy of federal and state mandates where a single oversight can lead to massive fines or operational shutdowns. The Director of Process Engineering is the designated point person for ensuring that all engineering governance and design criteria meet the rigorous standards of the Pipeline and Hazardous Materials Safety Administration (PHMSA).
A central requirement for the role is a command of specific industry codes that dictate the safety and design of energy infrastructure. These include 49 CFR 192 and 49 CFR 195, the federal regulations governing the transportation of natural gas and hazardous liquids, respectively. The role requires a deep familiarity with OSHA Process Safety Management (PSM) and standards set by the American Petroleum Institute (API) and the American Society of Mechanical Engineers (ASME).
The ability to direct corporate conversations toward these code requirements, rather than relying on personal philosophies or opinions, is a highlighted necessity for the position. In the event of a regulatory audit or a technical dispute, the Director serves as the authoritative voice representing the company in industry groups and technical committees.
Core Qualification Requirements
Given the complexity of the asset base, the requirements for the role are stringent, favoring candidates with a blend of deep technical expertise and executive management experience.
| Requirement Category | Minimum Specification | Preferred Qualifications |
|---|---|---|
| Professional Experience | 15+ years in the energy industry | Extensive leadership in process engineering |
| Education | Bachelor’s degree in Engineering | Technical Masters or MBA |
| Certification | Engineering degree | Professional Engineer (PE) licensure |
| Technical Skills | Process simulation software | Advanced optimization techniques |
The Human Element of Engineering Management
Beyond the blueprints and the federal codes, the role is fundamentally about people. The Director is tasked with building a high-performing engineering organization across multiple locations, which requires a shift from “doing” the engineering to “leading” the engineers. This involves creating robust succession plans and mentoring senior engineers to ensure the company does not suffer from a “brain drain” as veteran staff retire.
The environment is described as dynamic, requiring a leader who can remain level-headed in high-pressure situations. Whether it is resolving a technical glitch that threatens a project schedule or adjusting a strategic plan to meet a new commercial demand, the Director must be adaptable. The role requires the ability to communicate complex technical risks to non-technical executive leadership, translating “process simulation” into “bottom-line impact.”
Working conditions for the role are primarily office-based, but they include essential site visits to industrial settings. These visits often involve exposure to hazardous materials, loud machinery, and extreme temperatures, necessitating a strict adherence to personal protective equipment (PPE) and safety protocols.
As the energy sector continues to evolve toward more integrated and digitally monitored systems, the next phase for this leadership role will likely involve deeper integration of AI-driven process controls and more aggressive decarbonization strategies within the midstream space. Potential candidates can find more information and application details through the official Energy Transfer careers portal.
Disclaimer: This article is for informational purposes only and does not constitute a job offer or professional career counseling.
Do you have experience in midstream engineering or thoughts on the current regulatory landscape for pipelines? Share your insights in the comments below.
